2021
DOI: 10.4149/km_2013_4_229
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Composition dependence of the structure and properties of as-cast Ti-Cr-Co alloys for biomedical applications

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Cited by 2 publications
(2 citation statements)
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“…Na temelju pokazanih svojstava, kao što su: dobra otpornost na koroziju, visoka čvrstoća, nizak modul elastičnosti, visoka plastičnost, te Ti-Cr-Co legure mogu se smatrati kandidatima za biomedicinsku upotrebu. 60 Navedena svojstva posjeduju i lijevane Ti-Cr-Nb legure koje su predmet intenzivnog proučavanja i razvoja alternativnih biomedicinskih legura na bazi titana. 61…”
Section: Ti Biomaterijaliunclassified
“…Na temelju pokazanih svojstava, kao što su: dobra otpornost na koroziju, visoka čvrstoća, nizak modul elastičnosti, visoka plastičnost, te Ti-Cr-Co legure mogu se smatrati kandidatima za biomedicinsku upotrebu. 60 Navedena svojstva posjeduju i lijevane Ti-Cr-Nb legure koje su predmet intenzivnog proučavanja i razvoja alternativnih biomedicinskih legura na bazi titana. 61…”
Section: Ti Biomaterijaliunclassified
“…It was done only at DFT level due to the higher QMC computational cost. Input geometries paramethers for these calculations were obtained from Inorganic Crystal Structure Database (ICSD) [50,51,52] and in the supplementary material of [6]. Despite the available knowledge of the experimental lattice parameters, we opted to re-optimize such simulation cells in order to check which geometries the employed methodology would predict.…”
Section: Dft Calculationsmentioning
confidence: 99%